Module 2

Условия выполнения данного теста:

1. Между словами ОДИН пробел. Один, это когда вот также, как и пробелы между отдельными словами текущей инструкции. При нарушении ответ будет засчитан как ошибочный;
2. Верхний и нижний регистр равны между собой. Это значит, что «NIKULUX» и «nikulux» — одно и тоже;
3. Перед ответом ставить пробел НЕ НУЖНО, иначе ответ будет засчитан как ошибочный;
4. После ответа ставить пробел НЕ НУЖНО, иначе ответ будет засчитан как ошибочный;
5. Копипаст — полезен, мил и опасен как староста. Корректность копипаста сомнительна как отчисление;
6. Где написано «не нужно» — значит не нужно, прям вообще. Не нужно на столько же, на сколько запрещено трогать старосту органическими конечностями и различными предметами иного происхождения без письменного разрешения. За разрешением обратиться к админу;
7. Каждый пункт текущего теста должен быть заполнен, иначе тест завершить будет невозможно;
8. Если не знаете, что написать, то пишите «I don’t know»;

Всё написанное выше является не более чем указанием к тому, как писать данный тест, на что обратить внимание.
Баллов за этот пункт в тесте не будет, но галочку поставить необходимо!

Which device would you use for the task?

to show data on the screen

Which device would you use for the task?

to capture moving images and then download them to the computer

Which device would you use for the task?

to lead price labels on products sold in shops

Which device would you use for the task?

to read text or pictures from paper and transfer the information onto the computer

Which device would you use for the task?

to type text into a computer

Which device would you use for the task?

to select menu options, text and graphics displayed on the monitor

Which device would you use for the task?

to send live video images via the Internet

Which device would you use for the task?

to enter drawings and sketches into the computer

Complete each sentences using the word in brackets and one of these suffixes

• Adjective suffixes: -fuL -less, -h/e, -ed, -al, -y, -ic;
• Noun suffixes: -tion, -er, -ing, -logy, -ness;

Choose the correct answer

A screen … enlarges text and graphics on the screen, increasing the legibility.

Choose the correct answer

The universal system of writing and printing for the Wind is called … .

Choose the correct answer

A … has a screen and a keyboard that transcribes spoken voice as text; it is ideal for deaf people.

Choose the correct answer

A … display has an aspect ratio of 16-9. ideal for watching movies.

Choose the correct answer

Characters and pictures are made up of coloured dots, also called … .

Choose the correct answer

Computer … refers to the position of your body in relation to the computer, including the chair, the desk and the monitor.

What do these abbreviations stand for?

Complete these sentences using the comparative or superlative form of the adjectives in brackets.

Read the text and find the following.

Virtual reality devices

The most common user interface in computing today is a graphical user interface, or GUI. Typically, a GUI includes menus, windows, icons, buttons and a mouse as pointing device. But with the development of virtual reality (VR) techniques, a different type of interface has emerged: a virtual interface. VR uses 3-D graphics and computer simulation to generate an imaginary world in which the user can move.

In a virtual interface, you put on a head-mounted display (HMD) to see the pictures, which makes you feel as if you are in a 3-D world Most HMDs have two displays and provide stereoscopic vision.

You also use sophisticated controlling devices, such as 3-D joysticks, gloves, special suits and motion detectors. A virtual mouse, trackball or joystick is used to move around the space you are exploring. A data glove (or VR glove) has pressure pads and sensors on the fingers which make you feel as if you are picking up objects and touching things. Full body suits with position and bend sensors are used for capturing motion. Motion detectors allow the machine to sense when and how you move.

VR systems are already being used in fields like video games, architectural design and virtual exhibitions. Other VR applications allow participants to view reality from an advantageous position, for example simulators and telepresence systems. In simulators, scientists recreate a particular condition or situation by using a computer program to reproduce it. For example, pilots use flight simulators to do their training. A telepresence system connects remote sensors in the real world with the senses of a person; tor instance, doctors use tiny cameras and instruments on cables to do complicated surgery, and scientists use remotely operated robots to work in dangerous conditions, to explore volcanic activity, the depths of the ocean, or outer space.

Virtual reality devices

The most common user interface in computing today is a graphical user interface, or GUI. Typically, a GUI includes menus, windows, icons, buttons and a mouse as pointing device. But with the development of virtual reality (VR) techniques, a different type of interface has emerged: a virtual interface. VR uses 3-D graphics and computer simulation to generate an imaginary world in which the user can move.

In a virtual interface, you put on a head-mounted display (HMD) to see the pictures, which makes you feel as if you are in a 3-D world Most HMDs have two displays and provide stereoscopic vision.

You also use sophisticated controlling devices, such as 3-D joysticks, gloves, special suits and motion detectors. A virtual mouse, trackball or joystick is used to move around the space you are exploring. A data glove (or VR glove) has pressure pads and sensors on the fingers which make you feel as if you are picking up objects and touching things. Full body suits with position and bend sensors are used for capturing motion. Motion detectors allow the machine to sense when and how you move.

VR systems are already being used in fields like video games, architectural design and virtual exhibitions. Other VR applications allow participants to view reality from an advantageous position, for example simulators and telepresence systems. In simulators, scientists recreate a particular condition or situation by using a computer program to reproduce it. For example, pilots use flight simulators to do their training. A telepresence system connects remote sensors in the real world with the senses of a person; tor instance, doctors use tiny cameras and instruments on cables to do complicated surgery, and scientists use remotely operated robots to work in dangerous conditions, to explore volcanic activity, the depths of the ocean, or outer space.